This paper reviews the electrical methods to evaluate lubrication, with the focus on elastohydrodynamic applications. The methods are based on the measurement of the electrical resistance and/or capacitance, and are used to determine the thickness of lubricating films as well as to detect asperity contact in the mixed lubrication regime. The experimental works are introduced in which these methods are used in conventional sliding and rolling/sliding tests and machine component tests including piston ring and cylinder liner, cam and follower, and gears. Also some works on the effect of electric field upon lubrication phenomena are introduced. Advantages and disadvantages of the electrical methods are discussed
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
Electrical methods, such as capacitance or resistance, allow the study of film formation in elastohy...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
This paper reviews the electrical methods to evaluate lubrication, with the focus on elastohydrodyna...
This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University.Th...
The evaluation of the lubricant film thickness in machine elements working in elastohydrodynamic con...
Various experimental studies of elastohydrodynamic lubrication have been reviewed. The various types...
Elastic deformation of surfaces and piezo-viscous effect of lubricant make EHL a very complex lubric...
Electrical capacitance has been applied in the past for measuring the lubricant film thickness in ro...
The elastohydrodynamic lubrication regime (EHD) is found in many machine elements, such as rolling e...
Electrical contact resistance (ECR) techniques have long been used to study mixed-elastohydrodynamic...
Electrical contact resistance (ECR) techniques have long been used to study mixed-elastohydrodynamic...
Electrical contact resistance (ECR) techniques have long been used to study mixed-elastohydrodynamic...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
Electrical methods, such as capacitance or resistance, allow the study of film formation in elastohy...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
This paper reviews the electrical methods to evaluate lubrication, with the focus on elastohydrodyna...
This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University.Th...
The evaluation of the lubricant film thickness in machine elements working in elastohydrodynamic con...
Various experimental studies of elastohydrodynamic lubrication have been reviewed. The various types...
Elastic deformation of surfaces and piezo-viscous effect of lubricant make EHL a very complex lubric...
Electrical capacitance has been applied in the past for measuring the lubricant film thickness in ro...
The elastohydrodynamic lubrication regime (EHD) is found in many machine elements, such as rolling e...
Electrical contact resistance (ECR) techniques have long been used to study mixed-elastohydrodynamic...
Electrical contact resistance (ECR) techniques have long been used to study mixed-elastohydrodynamic...
Electrical contact resistance (ECR) techniques have long been used to study mixed-elastohydrodynamic...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...
Electrical methods, such as capacitance or resistance, allow the study of film formation in elastohy...
Electrical contact resistance (ECR) techniques are widely used to study mixed-elastohydrodynamic lub...